Laser Systems Catalog
8 series found
405nm-940nm Wavelength Single Mode Test Light Source
This Light Source adopts DFB or F-P Type Semiconductor Laser Chip, professionally designed drive and temperature control circuits. Temperature control ensures safe laser operation. Comprehensive wavelength options from 405 to 940 nm, stable output power, SM fiber output, excellent beam quality (LP01 mode). This device features rich wavelength options, tunable power, narrow spectral linewidth, easy operation, and high safety.
780~1610nm Single Band SLD Broadband Light Source
This SLD broadband light source uses a superluminescent semiconductor diode chip to output a low-coherence broadband spectrum with relatively high output optical power spectral density. Center wavelengths are selectable across O, S, C, and L bands (780/850/1310/1400/1450/1470/1550/1610 nm). Suitable for OCT imaging, fiber sensing, and optical component testing applications.
1030/1064nm Picosecond Fiber Laser
This picosecond pulsed fiber laser employs new-generation all-PM passive mode-locking core technology, using high-performance rare-earth fiber as the gain medium to achieve highly stable picosecond pulse output at 1030 nm and 1064 nm wavelengths. It features narrow pulse width (<25 ps), fully self-starting operation, long lifetime, and maintenance-free performance. Available at both wavelengths in 5 mW module and 100 mW benchtop configurations at 20 MHz repetition rate. Well-suited for quantum optics, optical frequency comb construction, supercontinuum generation, and THz wave detection. Wavelength, pulse width, power, and repetition rate are customizable.
1064nm Wavelength Band Single-Mode Fiber-Coupled Laser Series
<p>This laser uses a butterfly semiconductor laser chip with professionally designed drive and temperature control circuits ensuring safe operation, stable output power, and spectrum. Suitable as a seed laser for high-power lasers, also applicable in optical component production testing. Available in benchtop or module package.</p>
1120 nm Wavelength SM Fiber Coupled Laser
<p>This laser uses a butterfly semiconductor laser chip with professionally designed drive and temperature control circuits ensuring safe operation, stable output power, and spectrum. Suitable as a seed laser for high-power lasers, also applicable in optical component production testing. Available in benchtop or module package.</p>
1550/1565nm Wavelength Quasi-CW Fiber Laser (Long Pulses Laser)
This quasi-CW (long pulse) fiber laser delivers high-power pulsed output at 1550 or 1565 nm wavelength, providing up to 10 J of energy within a 500 ms pulse duration or 20 mJ within a 1 ms pulse duration. With maximum average output power of 10 W and maximum peak power of 20 W, the single-mode fiber-coupled output features excellent beam quality, tunable repetition rate (1~1000 Hz), adjustable pulse width (0.2~900 ms), and stable spectrum and power. Suitable for laser aesthetics, fiber communication, and material processing applications.
1550~1560nm Band Compact Femtosecond Laser Module
This femtosecond pulsed laser employs all-PM passive mode-locking core technology, using high-performance erbium-doped fiber to achieve stable femtosecond pulse output in the 1550~1560 nm band. It features narrow pulse width (≤200/500/800 fs customizable), one-key self-starting, long lifetime, maintenance-free operation, and a compact form factor. The listed configurations deliver <500 fs pulse width at 5 mW average power with 20 MHz or 80 MHz repetition rate. This product balances performance and ease of use, offering a high cost-effectiveness entry-level choice for research-grade applications including quantum optics, optical frequency combs, supercontinuum generation, and THz wave detection. Wavelength, pulse width, power, and repetition rate are customizable.
1550nm/1570nm/1590nm Wavelength High Power SM Fiber Coupled Laser
This laser adopts a DFB seed source combined with a high-power optical gain module architecture design, achieving high-power SM fiber output at a single 1550 nm or 1570 nm wavelength. It is equipped with professionally designed drive and temperature control circuits that ensure safe and stable laser operation under all conditions, maintaining spectral characteristics and output power consistency over the long term. The benchtop design combines operational convenience with a clean, intuitive control interface, fully meeting the requirements of research users in laboratory applications.